The dataset is stored in two files: (1) - 3C279_flux.csv ; (2) - 3C279_uplim.csv.
Additional three files are gnuplot (v5.0) scripts that produce plots from the paper (3) - plot_fig2.gpl ; (4) - plot_fig4.gpl ; (5) - plot_figA1.gpl.

File (1) - 3C279_flux.csv
This table contains results of Fermi-tools where the Test Statistics (TS) value > 10 that are considered as detections.
Columns:
#  1: Modified Julian Date [days]
      it is calculated using average Mission Elapsed Time (MET) of the integration interval = 0.5*(METstart+METend), which is translated
      to MJD as MET/86400.0 + 51910.0
      note that the leap second is ignored here, which causes a few seconds deviation from https://heasarc.gsfc.nasa.gov/cgi-bin/Tools/xTime/xTime.pl
#  2: METstart [sec]
      Mission Elapsed Time of the intergration interval start moment
#  3: METend [sec]
      Mission Elapsed Time of the intergration interval end moment
#  4: Flux [phot/sec/cm^2]
      photon flux in the range [100 MeV, 300 GeV].
#  5: Flux_err [phot/sec/cm^2]
      uncertainty of the photon flux in the range [100 MeV, 300 GeV].
#  6: TS
      Test Statistics (see Nolan P. L., et al., 2012, ApJS, 199, 31)

File (2) - 3C279_uplim.csv
This table contains results of Fermi-tools where the Test Statistics (TS) value <= 10 that are considered as non-detections.
Columns:
#  1: Modified Julian Date [days]
      it is calculated using average Mission Elapsed Time (MET) of the integration interval = 0.5*(METstart+METend), which is translated
      to MJD as MET/86400.0 + 51910.0
      note that the leap second is ignored here, which causes a few seconds deviation from https://heasarc.gsfc.nasa.gov/cgi-bin/Tools/xTime/xTime.pl
#  2: METstart [sec]
      Mission Elapsed Time of the intergration interval start moment
#  3: METend [sec]
      Mission Elapsed Time of the intergration interval end moment
#  4: Flux_uplim [phot/sec/cm^2]
      upper limit on the photon flux in the range [100 MeV, 300 GeV].

File (3) - plot_fig2.gpl
Script with comands for gnuplot in order to reproduce fig.2 from the paper. Run it as 'gnuplot plot_fig2.gpl'.

File (4) - plot_fig4.gpl
Script with comands for gnuplot in order to reproduce fig.4 from the paper. Run it as 'gnuplot plot_fig4.gpl'.

File (5) - plot_figA1.gpl
Script with comands for gnuplot in order to reproduce fig.A1 from the paper. Run it as 'gnuplot plot_figA1.gpl'.
